1. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 1 …..

2. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 2  MODUS  Bottom Station  Moored buoy for Real-Time-Communication GEOSTAR Main Components

3. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 3 R/V Urania: Länge: 61.3m Breite: 11.1m Tiefgang: 3.6 m Forschungsschiff URANIA

4. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 4 Area for deployment at Sagres plateau Proposed location for long term GEOSTAR station

5. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 5

6. 6 Flow around Bottom Station: velocity magnitude

7. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 7 NEAREST – August 2007 – Leg 1

8. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 8 horizontal motion Drag resistance – CFD-Simulation deployment recovery

9. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 9 NEAREST – August 2007 – Leg 1

10. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 10 NEAREST – August 2007 – Leg 1

11. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 11 NEAREST – August 2007 – Leg 1

12. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 12 MODUS

13. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 13 NEAREST – August 2007 – Leg 1 Information needed for the preparation of Leg 1 Operation depth: about 3000 m Sagres plateau on top of buckle – seismic line AR-10 pic average meteo data of the area wave length - period amplitude of waves or wave spectrum harbour of disembarkment – Faro coordination of transportation with AWI unknown features from Nearest group

14. TFH Berlin NEAREST – Lisboa 20070517 TU Berlin 14 Ende